private void StartPersistentScanning()
{
PersistentScanningTask = new Task(() =>
{
try
{
GameOverScan gameOverData = new GameOverScan();
RoundOverScan roundOverData = new RoundOverScan();
while (PersistentScan)
{
SpinWait.SpinUntil(() => { return(OnGameOver != null || OnRoundOver != null || OnDisconnect != null); });
using (LockHandler.Passive)
{
UpdateScreen();
ScanGameOver(gameOverData);
ScanRoundOver(roundOverData);
InvokeOnDisconnect();
}
Thread.Sleep(10); // End
}
}
catch (OverwatchClosedException) { }
});
PersistentScanningTask.Start();
}
private void ScanGameOver(GameOverScan data)
{
// The blue team must have "\" on the start of their name.
// The red team must have "*" on the start of their name.
if (OnGameOver != null)
{
Team?thisCheck = null;
for (int x = 110; x < 450; x++)
{
// Test for a straight line '|'
if (Capture.CompareColor(x, 295, new int[] { 132, 117, 87 }, 7) && Capture.CompareColor(x, 267, new int[] { 132, 117, 87 }, 7))
{
thisCheck = Team.Blue;
break;
}
// Test for just the top '*'
else if (Capture.CompareColor(x, 267, new int[] { 132, 117, 87 }, 7))
{
thisCheck = Team.Red;
break;
}
}
if (thisCheck == null)
{
data.Executed = false;
data.CurrentWinningTeamCheck = null;
data.CheckTime.Reset();
}
else if (data.CurrentWinningTeamCheck != thisCheck)
{
data.Executed = false;
data.CurrentWinningTeamCheck = thisCheck;
data.CheckTime.Restart();
}
else if (data.CurrentWinningTeamCheck == thisCheck)
{
if (!data.Executed && data.CheckTime.ElapsedMilliseconds >= GameOverScan.CheckLength)
{
OnGameOver(this, new GameOverArgs((Team)thisCheck));
data.Executed = true;
}
}
}
else
{
data.Executed = false;
data.CurrentWinningTeamCheck = null;
data.CheckTime.Reset();
}
}
